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If a (300 + Class ID) km transmission line operating at 50 Hz. Determine the rise in voltage at the receiving of transmission line.

User Declension
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Final answer:

The rise in voltage at the receiving end of a transmission line can be determined using the formula Vr = Vs - Ir * R.

Step-by-step explanation:

The rise in voltage at the receiving end of a transmission line can be determined using the formula Vr = Vs - Ir * R, where Vr is the receiving voltage, Vs is the sending voltage, Ir is the current, and R is the resistance of the transmission line.

In this case, the sending voltage is given by (300 + Class ID) km, with a frequency of 50 Hz. To calculate the receiving voltage, we need to determine the current and resistance.

More information and calculations are needed to provide a specific answer to this question. Please provide the necessary details, such as the current and resistance values, so that we can assist you further.

User Dukethrash
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